Visualization (diagram.png)
This outline describes the visualization for AI system architectures. The primary motivation is to provide a visual representation of complex systems, enhancing understanding and analysis.
Key Features:
- Component Representation: Each node in the diagram represents a component of the AI system, such as data sources, models, or pipelines.
- Relationship Visualization: Edges connecting nodes depict relationships between components, indicating data flow, dependencies, or interactions.
- Customization: The visualization offers options for tailoring its appearance and content, enabling users to focus on specific aspects of the system.
Usage:
Load System Data: The visualization utilizes data describing the AI system’s components and their relationships. This data can be provided in various formats, including configuration files, APIs, or databases.
Generate Diagram: The tool processes the system data to generate a visual representation of the architecture.
Customize Options: Users can adjust various parameters to customize the diagram, such as:
- Component Styling: Different shapes, colors, and sizes can be used to represent different types of components.
- Relationship Styling: The appearance of edges can be modified to distinguish different types of relationships.
- Layout: The arrangement of nodes and edges can be customized to improve readability and highlight specific connections.
- Filtering: Users can choose to display only specific components or relationships, enabling focused analysis.
- Annotations: Text labels can be added to provide further information about components and their relationships.
Example:
The following snippet demonstrates how to visualize a simple AI system consisting of data preprocessing, a machine learning model, and an evaluation component.
# Load system data
system_data = {
"components": [
{"name": "Data Preprocessing", "type": "data"},
{"name": "Machine Learning Model", "type": "model"},
{"name": "Evaluation", "type": "evaluation"}
],
"relationships": [
{"source": "Data Preprocessing", "target": "Machine Learning Model", "type": "data flow"},
{"source": "Machine Learning Model", "target": "Evaluation", "type": "dependency"}
]
}
# Generate visualization
visualization = Visualization(system_data)
# Customize appearance
visualization.set_component_style("model", shape="circle", color="blue")
visualization.set_relationship_style("data flow", color="green")
# Display the diagram
visualization.show()